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Procreate on iPad 3
How to draw and paint
ipadforart.blogspot.jp/2012/12/procreate17.html
We're going to have a stall at BiCon London 2010 and have run out of flyers about the magazine, so... we made Filament lollipops! There's even some vegetarian (gelatine-free) lollies in there!
Activité solaire du 3 septembre 2022
magnifique filament, longueur estimé 700 000 km
Matériel :
Lunt LS60Ha/BF1200
caméra ZWO224 avec barlow Carl Zeiss 2x Abbe
vidéo de 1500 images à 71 images/s
traitement : Registax
The last gem from my stay at the NYLO Hotel in Dallas, Texas. These really cool bare bulbs lit much of the lobby area and caught my eye. I love the complex filament, the glass nib at the bottom of the bulb, and how you can even see the fingerprints of the person who likely changed this bulb. Okay, maybe I've been watching too much CSI. Anyway, the iPhone rewarded me again!
If you haven't yet, check this group out. It represents one of the cool things about Flickr, it's a community.
Join the A Team and Rally for Aurelia!!
{Lightbox is always a great option - Type L if you're interested}
Many thanks to all who stop by, look and comment. I'll wade into your 'stream as well.
(c) Jacqueline Dunkley-Insight
Illustrator Christina Williams gets a head start on pictures for Issue 6
thankfully it was a low (10 watt) wattage lamp so it was relatively cool as i shot this from very close quarters
3D printer filament spool holder for MakerBot Replicator
Made on a makerbot.creativetools.se
Download the file for free from: www.thingiverse.com/thing:72746
Filament magazine is a hard copy magazine full of beautiful men and intelligent reading. It's available worldwide at www.filamentmagazine.com.
This is our fourth issue which went on sale March 2010.
The ULTIMAKER 2 GO 3D printer, an updated and more compact and mobile version of the popular Open Source-based Ultimaker 2.
For more information please visit ultimaker.creativetools.se
I personally like it because of the dust on the bulb and the reflection of the filament in the glass at the top right ..
Webb is giving astronomers an unprecedented look of the fine details and 3D structure of the dust and gas between the stars.
The space between the stars is not empty, but rather filled with filaments of dust and gas (known as the interstellar medium), which is often invisible until something illuminates it. Here, a long-ago supernova explosion, acting like a flashbulb, has heated some of this interstellar material, causing it to glow in the infrared, creating a thermal “light echo.”
The structures in these filaments are on a remarkably small scale of about 400 astronomical units, or less than one-hundredth of a light-year. (An astronomical unit, or AU, is the average Earth-Sun distance and is equal to 93 million miles or 150 million kilometers.)
Webb observed this light echo in the vicinity of the supernova remnant Cassiopeia A three separate times, in essence creating a 3D scan of the interstellar material. Note that the field of view in the top row is rotated slightly clockwise relative to the middle and bottom rows, due to the roll angle of the Webb telescope when the observations were taken.
Read more: science.nasa.gov/missions/webb/nasas-webb-reveals-intrica...
(Note: the black region of the image is where there is no data.)
Credit: NASA, ESA, CSA, STScI, J. Jencson (Caltech/IPAC)
Image description: Three rows show Webb images of the same region taken on three different dates. The top row is labeled August 19, 2024. The middle row is labeled September 16, 2024. The bottom row is labeled September 30, 2024. Each row shows two images split by a vertical black bar where there is no data. Each image is speckled with dozens of white stars, some showing Webb’s signature 8-point diffraction spikes, against the black background of space. The images also show tightly packed, glowing red filaments that resemble muscle fibers or wood grain. While the background stars are the same in every row, the filaments change noticeably. In the top row, the filaments extend horizontally from upper left to lower right. In the middle and bottom rows, the filaments extend from lower left to upper right, and seem to shift slightly downward in position, with the last the lowest.
This resource is a schematic image for the filament winding manufacturing technique (Slide 4 of 6). The slides are adapted from the University of Liverpool "Composite Materials" lectures [MATS311] by Prof. W. Cantwell. Image courtesy UKCME, the University of Liverpool.
Haematite filament attached to a clump of iron in the lower right, from hydrothermal vent deposits in the Nuvvuagittuq Supracrustal Belt in Québec, Canada. These clumps of iron and filaments were microbial cells and are similar to modern microbes found in vent environments. Photo by M. Dodd
Close up on a big prominence at 3 meter of focal with a Daystar filter. Local plasma movements but it kept the shape for several hours. Very bad seeing but this one was very big, i wanted a memory for my collection; stack of only 80 frames.
Take a look also at my astronomy video channel.
Field of microscopic filamentous microfossils inside a rounded concretion from the jasper rock in the Nuvvuagittuq Supracrustal Belt in Québec, Canada. The filaments are composed of haematite (red lines), and are located in a quartz layer (white) surrounded by magnetite (black), where both haematite and magnetite are iron oxide minerals. Photo by M. Dodd
3D printer filament spool holder for MakerBot Replicator
Made on a makerbot.creativetools.se
Download the file for free from: www.thingiverse.com/thing:72746
If you want to purchase best Abs filament or carbon filament at an affordable price visit us at www.3dfilament.supplies/abs/